Hubble Glimpses Merging Galaxy Clusters
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<p>This NASA Hubble Space Telescope image features a galaxy cluster
#wavelengths #clusters #glimpses #merging

Sol in different wavelengths...

#sol #thesun #wavelengths #animatedgif

mixing #wavelengths of red blue and green light changes the #colors of objects as lights is either absorbed or reflected

"Blue pigments are incredibly rare in nature. Just as a prism breaks light into the colors of the rainbow, so too do nano-structures on the surface of insects. In some cases, these nano-structures resemble spruce trees. The different wavelengths (colors) of light bounce around within these nano-structures and interfere with each other, allowing only the blue wavelengths to escape. In other cases, light refracts within very thin layers on the surface of the insect allowing only blue to escape. For butterflies, these structures are part of the microscopic scales that cover their wings and bodies. See “The Intriguing World of Insects” on display, pre-security, in the International Terminal. http://bit.ly/IntriguingInsects" This was posted to our Instagram account on August 07, 2019 – https://millsfield.sfomuseum.org/instagram/1729356245/

Designed to capture #wavelengths between 190–400 nm, #ultraviolet (UV) cameras reveal microscopic defects and residues that traditional systems may miss. These capabilities are essential for maintaining the high standards required in #semiconductor manufacturing. From wafer surface analysis to inline defect detection and layer thickness measurement, advanced imaging solutions are tailored for the industry’s most critical applications. Learn more: https://ilphotonics.com/advancing-semiconductor-inspection-with-uv-imaging/